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the inferred trait is ascribed to the actor in the characterization stage Both of these stages are assumed to be relatively automatic that is, they occur spontaneously, ef ciently, and without intention In a third correction stage, individuals may consider the situational constraints that might have in uenced the behavior (eg, Mommy threatened Hannah with retribution if she failed to share her dessert) and adjust their dispositional inferences accordingly (eg, perhaps Hannah isn t so kind after all) This correction process is assumed to be a controlled activity that requires motivation and processing capacity for its execution In numerous experiments, Gilbert and colleagues have pursued the implications of this model by demonstrating that situational constraints are often not taken into account when perceivers are given a taxing mental task to perform that occupies their central executive resources (eg, rehearsing a random digit string).

For example, when watching a nervouslooking woman, people spontaneously assume that she is an anxious person; only subsequently do they correct this initial assumption in light of the fact that she is in an anxietyprovoking situation (eg, a job interview) If they have to watch the seemingly nervous person while rehearsing a digit string, they still automatically infer the trait of anxiety, but they no longer engage in corrective adjustments in light of the situational constraint This pattern of results is quite consistent with the idea that correction is a controlled, resource-dependent process When attentional resources are diminished, the automatic tendencies of the system remain unchecked by more effortful control mechanisms A more general treatment of the nature of correction processes has been provided by Wegener and Petty (1997) in their exible correction model.

According to this model, correction processes operate on the basis of lay theories about the direction and extent of biasing in uences When people suspect that they may have fallen prey to some untoward in uence, they rely on their intuitive ideas about the nature of the bias to make compensatory corrective adjustments For example, if they believe that their judgments of a particular person have been assimilated to stereotypes about the person s gender group, then they would adjust those judgments in the opposite direction to make them less stereotypical in nature Conversely, if they believe that their judgment of a target has been contrasted away from a salient standard of comparison, they will make adjustments that result in judgments in which the target is seen as more similar to the comparison standard Several points are important to keep in mind with regard to this correction process.

(Macintosh) the frame where you want to place a keyframe, and choose Insert Keyframe from the context menu.

First, it requires that the perceiver detect the biasing in uence before the process can initiate (Stapel, Martin, & Schwarz, 1998; Strack & Hannover, 1996) Many automatic biasing in uences are.

A describes the action to be performed (i.e., detecting physical intrusion into the deployment area). S speci es the identity of the cluster tasked with data collection (sensing). E speci es the minimum energy level required of sensors participating in the task.

probability of originating calls and the forced termination probability of ongoing calls are the primary criteria for indicating performance. In this section, we describe several existing traffic models and handoff schemes.

If you need to store objects of your own, you must create a subclass of MT::Object. Suppose you wanted to create a list of weblogs to automatically ping (to a target TrackBack ping URL, perhaps a category TrackBack URL) for each post you create. Listing 8-5 provides such an example.

Triple-DES is typically used with three keys, which is obviously much more secure than DES with its single key. Yet even though Triple-DES is considered secure today, there will come a time in the near future when it is no longer secure. This is a problem inherent in fixed-length keys. (That is why TripleDES is likely to be replaced with AES, which has a variable key length.)

Command bars are part of the client area of the windows that contain them. This point can be driven home by the following code example: /* IDCB_MAIN is the command ID of the command bar IDC_BUTTON is the command ID of a button hwndMain is the main application window hInstance is the application instance */ HWND hwndCB; //Command bar HWND HWND hwndButton; //Button HWND // . . .other WinMain application code . . . hwndCB = CommandBar_Create(hInstance, hwndMain, IDCB_MAIN); hwndButton = CreateWindow(TEXT("BUTTON"), TEXT("Button"), WS_VISIBLE|WS_CHILD| BS_PUSHBUTTON, 0,0,65,35, hwndMain, HMENU)IDC_BUTTON,

Example of Address Assignment Ending Address 8 13 14 Tree Level 3 3 3 Relationship Child Child Child Number of Hops 1 1 1

NOTE: WINDOWS CE COMMON CONTROLS PROGRAMMING DETAILS This section is only intended as an introduction to the mechanism by which common controls communicate with applications. Refer to 5 for a more detailed description of programming the Windows CE common controls.

MsgBox TypeName(Sheets( Sheet1 ).ChartObjects(1).Chart) Msgbox TypeName(Sheets( Chart1 ))

The regression equation is Rating = 45.2 + 0.93 shelf 1 - 10.2 shelf 2 Predictor Constant shelf 1 shelf 2 Coef 45.220 0.925 -10.247 SE Coef 2.232 3.736 3.678 T 20.26 0.25 -2.79 P 0.000 0.805 0.007

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